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I stock many of the parts used in these Bike lighting projects, on my web store. Here is the link to my web store page with bike lighting and P7 LED parts. Click here to go to my web store Click here to go back to the Main Bike lights page |
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I stock many of the parts used in these Bike lighting projects, on my web store. Here is the link to my web store page with bike lighting and P7 LED parts. Click here to go to my web store Click here to go back to the Main Bike lights page |
| Dual 1400ma current limiter boards with clicky switch - Version 3 | |
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These are all the items inside my SSC P7 electronics
stack. This process is still in the development stage. I keep finding cooler ways to create a 1400ma/2800ma current limiter for the SSC P7 LED |
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Update: The cap spacer shown above has now been
replaced by the spacer below that has solder points
for the Battery+ and Battery-. I did that because it was too difficult to unsolder the battery hookup wires once the whole stack was soldered together. |
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| Here's an updated photo of the two boards that go on either side of the switch |
I made it so you can jumper two large buss wires
from one board to the other.
This gives you a nice solid place to solder the battery + and - |
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The switch board on2 connects the battery- to board two and gives you 1400ma current limiting on1 connects the battery- to board one and gives you 2800ma current limiting on3 passes the battery- to on1, and so both boards are now on at the same time |
Cap spacer - switch - switch board The center battery+ wire has been added to the switch board |
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1400ma current limiter boards with the diodes
removed on the right board Both boards get the diodes removed |
Holes drilled in both boards for the LED- wire
to pass through. The LED- wire gets soldered and passes through boards two and the LED board |
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One 1400ma board has been added to the stack The whole stack is centered on the Battery+ wire A battery+ jumper wire is added to the board The negative for board one comes from the switch The LED- wire gets soldered and passes through to board two |
The second 1400ma board is added to the stack A battery+ jumper wire is added to the board The negative for board two comes from the switch The LED- wire gets soldered and passes through to the LED board |
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The LED board gets added to the stack The battery+ wire gets soldered and trimmed off The LED- wire gets soldered and trimmed off LED+ and LED- wires get added towards the outside of the board |
Side view of the stack LED+ and LED- wires get added towards the outside of the board
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LED+ and LED- wires from the board below come
up through the + and - holes. A bit of heat shrink or wire jacket gets put around the + and - to keep them from shorting out. |
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| Here's the stack without the LED |
The whole stack goes inside this assembly. This assembly fits snug into the main body |
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